Overview

• This workshop introduces preventive maintenance as a systematic approach to sustaining instrument performance in clinical laboratories.
• Participants explore inspection routines, part condition review, cleaning schedules, verification logic, and maintenance planning.

Who should attend

• The workshop is relevant for students, technicians, analysts, and laboratory staff responsible for instrument reliability.

Learning outcomes

• By the end of the session, attendees can identify preventive tasks, review performance signals, and support stable routine operation.
• Attendees also learn to recognize early warning signs of wear, drift, contamination, and maintenance-related inefficiency.
• Outcome discussions strengthen documentation habits, scheduling discipline, and performance-oriented troubleshooting.

Agenda

• Core modules cover maintenance fundamentals, service intervals, performance checks, and optimization planning.
• Participants review daily, weekly, and periodic routines that help preserve instrument precision and consistent operation.

Hands-on / Demonstrations

• Hands-on demonstrations include cleaning logic, component review, verification checklists, and record completion practices.
• Exercises focus on identifying abnormal performance patterns, drift indicators, and maintenance gaps before failure occurs.
• Case discussions connect optimization strategy with uptime improvement, reliability, and reduced repeat interventions.

Deliverables

• Participants receive structured notes on preventive maintenance strategy, performance review steps, and optimization practices.
• Reference material summarizes maintenance schedules, verification workflow, documentation points, and readiness checks.
• The workshop helps learners build stronger technical understanding for preventive care and instrument performance assurance.

FAQ

• FAQ sections explain whether prior maintenance experience is required and how beginners can follow the session.
• Additional FAQs address maintenance frequency, performance drift response, logging practices, and optimization priorities.
• Participants leave with a clearer framework for maintenance planning, corrective follow-up, and operational stability.